Azure vs AWS
As leading public cloud platforms, Azure and AWS each offer a broad and detailed feature set with global coverage. Still, many organizations use both platforms to increase choice and flexibility, spreading risk and dependencies in a multi-cloud approach. Both Azure and AWS are respected members of the cloud domain.
AWS and Microsoft Azure offer hundreds of competitive cloud solutions across various products and services. Choose from a variety of categories ranging from computing, storage, databases, security, robotics, machine learning, and even quantum technology. Basic knowledge and understanding of both technologies are required to avoid getting bogged down in comparing like-for-like.
AWS was introduced in 2006. AWS offers over 100 services related to databases, computing, application development, infrastructure management, and security. AWS has offices in 16 geographic locations.
Microsoft Azure was introduced in 2008. It is a cloud computing service delivered through a global network of data centers managed by Microsoft. These services are offered in three ways: Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS). It also supports multiple tools, programming languages, and frameworks.
AWS vs. Azure – Which is better?
When it comes to the differences between AWS vs. Azure, there are plenty. There are a few common points on which one can judge and evaluate which cloud giant to go forward with, such as listed below
- Services and products
- Pricing Model
- Landing Zone
An essential feature of cloud service providers is storage capabilities. Running services in the cloud requires data processing that ultimately needs to be stored. AWS storage services have been active the longest. However, Azure’s storage capabilities are also very reliable. AWS and Azure are vital in this category and include all the basic features like REST API access three and server-side data encryption. Azure’s storage mechanism is called Blob Storage, and AWS’s is called Simple Storage Service (S3).
All software applications today require a database to save information. Azure and AWS provide database services, regardless of whether you need a relational database or a NoSQL offering. Amazon’s RDS (Relational Database Service ) and Microsoft’s equivalent SQL Server database are both highly available and durable and provide automatic replication.
|AWS service||Azure service||Description|
|SageMaker||Machine Learning||A cloud service that allows to train, deploy, automate, and manage machine learning models and deep learning models.|
|Alexa Skills Kit||Bot Framework||Build and interact with intelligent bots that converse with your users using text/SMS, Skype, Teams, Slack, Microsoft 365 mail, Twitter, etc.|
|Lex||Speech Services||API is capable of converting speech to text, understanding intent, and converting text back to address for intelligent responses.|
|Polly, Transcribe||Speech Services||Enables both Speeches to Text and Text into Speech capabilities.|
Computer Vision: Extract information from images to categorize and process visual data.
Face: Detect, identify, and analyze faces and facial expressions in photos.
|Skills Kit||Virtual Assistant||The Virtual Assistant Template combines several best practices we’ve placed through the building of conversational experiences and automates the integration of components that we’ve found to be highly beneficial to Bot Framework developers.|
Both Azure and AWS offer usage-based pricing models. AWS bills by the hour, while Azure bills by the minute. Azure offers more flexibility with short-term subscription plans. Comparing the two, Azure is more expensive.
Amazon Web Services’ compute service is called Amazon Elastic Compute Cloud (Amazon EC2). On the other hand, Microsoft calls its computing offering Azure Virtual Machines. The following table shows the critical computational differences between AWS and Azure.
AWS first had its Landing Zone webinar broadcast in June 2018. They have improved the solution idea into a combined cloud service called Control Tower. The two well-known options are
- Landing Zone – Launched in 2018 as the first version of Landing Zone, now in long-term support with no new features added.
- Control Tower – The new version of AWS’s Landing Zone that leverages better automation and user experience while deploying and managing a multi-account environment.
Unlike AWS’s Landing Zone offerings, Azure/Microsoft have embedded their Landing Zone guidelines in their Cloud Adoption Framework (CAF). Based on use cases, deployment velocity, and design principles, Azure have provided the following Landing Zone implementation options:
- Migration landing zone blueprint
- Foundation blueprint
- Enterprise-scale landing zone (hybrid connectivity with Virtual WAN)
- Enterprise-scale landing zone (hybrid connectivity with hub and spoke)
- Enterprise-scale landing zone (foundation)
- Enterprise-scale landing zone (small and midsize enterprise)
- Terraform module for Cloud Adoption Framework enterprise-scale
- CAF Terraform modules
- Partner landing zones
There is no clear winner in this AWS and Azure battle of cloud service providers. Organizations that require high availability and resilience should consider hosting multiple data centers. Comparing Azure and AWS is very difficult as both continue introducing new pricing structures, products, and integrations. Your chosen platform depends on your organization’s needs and how AWS vs. Azure meets those needs.